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Diamond flower ring with black stone petals and gold details, tri-colored 14kt band.
Diamond flower ring on finger in tri-colored 14kt gold, black and white sparkle.
Multicolored diamond flower ring in tri-colored 14kt gold, black and white stone petals.
Multicolored diamond flower ring, tri-colored 14kt gold with black and rose-gold accents.
Diamond flower ring with black stone petals and gold details, tri-colored 14kt band.
Diamond flower ring on finger in tri-colored 14kt gold, black and white sparkle.
Multicolored diamond flower ring in tri-colored 14kt gold, black and white stone petals.
Multicolored diamond flower ring, tri-colored 14kt gold with black and rose-gold accents.

C. 2000 Vintage Effy 2.65 ct. t.w. Multicolored Diamond Flower Ring in 14kt Tri-Colored Gold

$5,495
C. 2000. Exceedingly dramatic. Breathtakingly beautiful. Originally envisioned by NYC design house Effy and now part of our Estate collectio…

Item 247303

Details

All weights and measurements are approximate. Most gemstones are treated to enhance their beauty and may require special care.

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The deeper story

Elemental Detail

14kt is the karat at which the alloy content required to achieve distinct white and rose gold colors is most readily produced and most visually apparent. At higher purity levels, the reduced alloy content limits how pronounced the color distinctions can be, making 14kt the natural fit for multitone work.

Style Notes

Two-tone gold's continuous presence as a design element across Art Deco, mid-century modernism, and contemporary fine jewelry establishes it as a compositional constant that different aesthetics have used, and not just a style that belongs to one period.

Stone Story

Natural diamond formation occurs under conditions of geological variability that produce individual variation in every stone. The specific inclusions, growth patterns, fluorescence character, and crystal morphology of a mined diamond reflect the precise mantle environment in which it formed. No two natural diamonds share the same combination of these characteristics, a uniqueness that the controlled and reproducible conditions of laboratory diamond production are specifically designed to minimize.

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